GRAPHIC SYMBOL FOR INSTRUMENTATION ITEMS

SYMBOL DESCRIPTION

DEVICE MOUNTED ON PANEL

BOARD OR PANEL MOUNTED DEVICE - DEVICE MOUNTED INSIDE PANEL

FIELD OR LOCALLY MOUNTED DEVICE

PROGRAMMED FUNCTION NOT NORMALLY ACCESSIBLE TO OPERATOR

PROGRAMMED FUNCTION ACCESSIBLE THROUGH OPERATOR'S INTERFACE DEVICE

PLC INPUT OR OUTPUT POINT

XOR

A

INTERLOCKING

EXCLUSIVE OR

ALTERNATOR

OR

OR

AND

AND

S

MOTOR STARTER

P

PURGE

L

COMPLEX LOGIC

COMPUTER LOGIC SYSTEM

TERMINAL OR TRANSITION POINT

FLOAT SWITCH

PARTIAL FLUME

MIXER

SEAL

OFF PAGE CONNECTOR

PROCESS MACHINERY MOTOR

VENTURI OR INSERT FLOW TUBE

IN-LINE FLOW ELEMENT (PROPELLER TYPE)

IN-LINE FLOW ELEMENT (MAGNETIC TYPE)

IN-LINE FLOW ELEMENT (ULTRA SONIC)

FLOW ORIFICE

TURBIDITY METER

ROTOMETER

PUMP

BLOWER

GENERAL USE DISCONNECTING SWITCH

TIME CLOSED CONTACT ON ENERGIZATION

TIME OPENED CONTACT ON ENERGIZATION

TIME OPENED CONTACT ON DE-ENERGIZATION

TIME CLOSED CONTACT ON DE-ENERGIZATION

FLOAT ACTUATED SWITCH - NO

FLOAT ACTUATED SWITCH - NC

PRESSURE ACTUATED SWITCH - NC

PRESSURE ACTUATED SWITCH - NO

FLOW ACTUATED SWITCH - NO

FLOW ACTUATED SWITCH - NC

TEMPERATURE SWITCH - NO

TEMPERATURE SWITCH - NC

LIMIT SWITCH (PROXIMITY TYPE) - NORMALLY OPEN

LIMIT SWITCH (PROXIMITY TYPE) - NORMALLY OPEN - HELD CLOSED

LIMIT SWITCH (PROXIMITY TYPE) - NORMALLY CLOSED - HELD OPEN

LIMIT SWITCH (PROXIMITY TYPE) - NORMALLY CLOSED

CONTROL RELAY CONTACT - NORMALLY OPEN

CONTROL RELAY CONTACT - NORMALLY CLOSED

LIGHTING ARRESTOR

ETI

ELAPSED TIME INDICATOR

SYMBOL DESCRIPTION

T

TIMING RELAY COIL

TIMING RELAY COIL (OFF DELAY)

1

T

G

INDICATING LIGHT

PUSH-TO-TEST INDICATING LIGHT

BATTERY

X1 X2

SECONDARY TRANSFORMER

VARIABLE RESISTOR

RESISTOR

MOLDED CASE CIRCUIT BREAKER

SPEED SWITCH

MOMENTARY PUSHBUTTON OPERATOR - NORMALLY CLOSED

MOMENTARY PUSHBUTTON OPERATOR - NORMALLY OPEN

SELECTOR SWITCH - NORMALLY OPEN

PUSHBUTTON OPERATOR WITH MUSHROOM HEAD

SOLENOID OR CLUTCH

THERMAL OVERLOAD

FIELD LOCATED

TERMINAL POINT

LOW VOLTAGE FUSE

FUSIBLE TERMINAL BLOCK

CIRCUIT BREAKER WITH STAB CONNECTION

CONTROL POWER TRANSFORMER

TWO COIL LATCHING RELAY

CR

L

CR

U

RECEPTACLE

SELECTOR SWITCH OPERATOR WITH FUNCTION SHOWN

HAND

OFF

AUTO

FOC

FOPP

FOC-DI(X)

FOC-DO(X)

FOC-AI(X)

FOC-AO(X)

DISCRETE INPUT TO FIBER CONVERTER (PROVIDE WITH 120VAC P/S FIBER

CONVERTER TO DISCRETE OUTPUT (PROVIDE WITH 120VAC P/S (WEED EOTEC -

2S07/2H07 WITH 120 VAC P/S) QUANTITY (X) AS NOTED ON DRAWINGS

ANALOG INPUT TO FIBER CONVERTER

FIBER CONVERTER TO ANALOG INPUT (WEED EOTEC 2T14/2R14 WITH POWER SUPPLY

AS REQUIRED) QUANTITY (X) AS NOTED ON DRAWINGS

FIBER OPTIC CONVERTER - TYPE AND STYLE AS NOTED

FIBER OPTIC PATCH PANEL CONNECTORS AND QUANTITY AS NOTED

1I

0117

PROCESSOR #1, INPUT RACK 0, SLOT (OR GROUP) 1, BIT 17

EXAMPLE OF P&ID I/O SYMBOL

NOTE: THE PLC I/O ADDRESS SHALL BE USED AS THE

WIRING TAG SCHEME FOR ALL PANEL AND FIELD

CONTROL WIRING. COORDINATE WITH ELECTRICAL

CONTRACTOR.

GRAPHIC SYMBOLS FOR VALVES

SYMBOL DESCRIPTION

PLUG VALVE

PNEUMATIC DIAPHRAGM OR POSITIONER (THROTTLING)

PNEUMATIC DIAPHRAGM OR POSITIONER (OPEN-SHUT)

STROKE OR POSITION ACTUATOR CYLINDER (THROTTLING)

STROKE OR POSITION ACTUATOR CYLINDER (OPEN-SHUT)

MOTOR OPERATED (THROTTLING)

MOTOR OPERATED (OPEN - SHUT)

SLIDE-STOP GATE

SLUICE GATE

AIR SET ASSEMBLY

BALL VALVE

GLOBE VALVE

GATE VALVE OR KNIFE GATE

CHECK VALVE

BUTTERFLY VALVE, DAMPER OR LOUVER

TWO - WAY SOLENOID VALVE OPERATOR

ELECTRONICALLY CONTROLLED CHECK VALVE

TWO - WAY SOLENOID VALVE OPERATOR - DETENTED

THREE - WAY SOLENOID VALVE OPERATOR

FOUR - WAY SOLENOID VALVE OPERATOR

MANIFOLD STYLE BLOCK I/O SOLENOID VALVE - DUAL COILS

ABBREVIATIONS

SYMBOL DESCRIPTION

R RESET

T TRIP

AS AIR SUPPLY

DO DISSOLVED OXYGEN

GS GAS SUPPLY

HS HYDRAULIC SUPPLY

NS NITROGEN SUPPLY

ORP OXYGEN REDUCTION POTENTIAL

SS STEAM SUPPLY

SP SET POINT

WS WATER SUPPLY

PV PROCESS VARIABLE

F.O. FAIL OPEN

F.C. FAIL CLOSE

SBPP SCREEN BUILDING PROCESSOR PANEL

TFBMPP TERTIARY FILTER BUILDING MAIN PROCESSOR PANEL

HVACP HEATING VENTILATION AIR CONDITIONING CONTROL PANEL - I/O

MD MAIN DISCONNECT

GAIN OR PROPORTIONAL CONTROL

INTEGRAL OR RESET CONTROL

D DERIVATIVE OR RATE CONTROL

%

V VELOCITY ALGORITHM

1-0 ON - OFF CONTROL

ã

SQUARE ROOT EXTRACTOR

ɆADD OR TOTALIZE

Δ SUBTRACT OR DIFFERENCE

> HIGHEST MEASURED VARIABLE

< LOWEST MEASURED VARIABLE

E/I , I/PCONVERT ONE TO ANOTHER

* , /MULTIPLY, DIVIDE

ÑBIAS OR REVERSING

f(x) CHARACTERIZE - (EQUATION / /D/%/ETC.)

SYMBOL DEMOLITION

INSTRUMENTATION LINE SYMBOLS

ELECTRICAL SIGNAL

AIR LINE/PNEUMATIC SIGNAL

HYDRAULIC SIGNAL

ELECTROMAGNETIC OR SONIC SIGNAL

SOFTWARE SIGNAL

CONNECTION TO PROCESS, OR MECHANICAL LINK

ETHERNET COMMUNICATION SIGNAL-UNSHIELDED TWISTED PAIR (UTP)-SPEED

AS INDICATED

ETHERNET FIBER OPTIC COMMUNICATIONS SIGNAL

PLC REMOTE I/O FIBER OPTIC COMMUNICATION SIGNAL

ETHERNET VIDEO FIBER OPTIC

I.S.A. STANDARD LETTER FUNCTIONS

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

ANALYSIS, ANALOG

BURNER, FLAME

CONDUCTIVITY, COMMAND

DENSITY, SPECIFIC GRAVITY

VOLTAGE

FLOW RATE

GAGING

HAND, MANUAL

CURRENT

POWER

TIME, TIME SCHEDULE

LEVEL, LIGHT

MOISTURE, HUMIDITY

OVERLOAD

PRESSURE, VACUUM

QUANTITY

RADIOACTIVITY

SPEED, FREQUENCY, SOLENOID

TEMPERATURE, TURBIDITY

MULTIVARIABLE

VIBRATION, VISCOSITY

WEIGHT, FORCE

POSITION

ALARM

BATCH

CONTROL (FEEDBACK TYPE)

PRIMARY ELEMENT

RATIO

GLASS

HIGH

INDICATE

SCAN

CONTROL (NO FEEDBACK)

LOW

MIDDLE, MODULATE

ORIFICE

POINT

TOTALIZE, INTEGRATE

RECORD, PRINT, RECEIVE

SWITCH

TRANSMIT, TRANSFORM

MULTIFUNCTION

VALVE, DAMPER, LOUVER

DRIVE, ACTUATE

RELAY, COMPUTE

SYMBOL FIRST LETTER SUCCEEDING LETTERS

INPUT POINT

XXX

EXISTING PANEL TERMINAL

NUMBER AND FIELD WIRING

WHICH CONTRACTOR SHALL

FIELD VERIFY

XXX

D

01 I1OO1

XXX XXX

0120101

WHICH CONTRACTOR SHALL

NUMBER AND FIELD WIRING

EXISTING PANEL TERMINAL

FIELD VERIFY

OUTPUT POINT

OUTPUT RACK 1,

SLOT 2, BIT 01

SLOT 0, BIT 01

INPUT RACK 1,

1. PRIOR TO SUBMITTING A BID FOR THE WORK DETAILED UNDER THIS CONTRACT, BIDDER SHALL VISIT THE REMOTE SITES. THE BIDDER SHALL

FULLY ACQUAINT ONESELF WITH EXISTING FIELD CONDITIONS AT EACH SITE. NO BULLETINS WILL BE WRITTEN FOR WORK DUE TO LACK OF

VERIFICATION OF EXISTING SITE CONDITIONS AND WIRING.

2. NO WIRES SHALL BE TERMINATED TO TERMINAL STRIPS, OR OTHER EQUIPMENT WITHOUT FIRST VERIFYING SIGNAL TYPE. DAMAGES

RESULTING IN LACK OF VERIFICATION SHALL BE BORNE BY THE CONTRACTOR. CONTRACTOR SHALL COORDINATE SIGNAL TYPE AND

VOLTAGE WITH I/O CARDS SHOWN.

3. WITHIN CONTROL PANELS, NAMEPLATES SHALL BE PROVIDED TO INDICATE DIFFERENT VOLTAGE LEVELS WITHIN PANELS. ALSO, A NAME

TAG (YELLOW BACKGROUND, RED LETTERING) SHALL BE LOCATED ON THE FRONT OF EVERY PANEL INDICATING THAT WHEN MAIN PANEL

DISCONNECTED 120V IS STILL PRESENT FROM FIELD DEVICES (YELLOW WIRING/ISOLATED INPUT CARDS.)

4. PHENOLIC TAGS ON FACE OF CONTROL PANELS TO HAVE WHITE BACKGROUND AND BLACK LETTERING (EXCEPT WARNING TAGS; YELLOW

BACKGROUND RED LETTERING).

5. PROVIDE SAFETY COVERS ON ALL 480V MOLDED CASE MAIN CIRCUIT BREAKERS TO INSULATE THE INCOMING CABLES AND SIDE

CONDUCTORS FROM CONTACT. (TYP. FOR ALL CONTROL PANELS.) PROVIDE BREAKER LOCKS FOR ALL PUMP CIRCUIT BREAKERS (MCP)AND

MAIN PANEL BREAKERS.

6. REFER TO WIRING DIAGRAMS FOR ADDITIONAL INFORMATION ON ISOLATED I/O. A COMMON NEUTRAL MAY BE USED FOR SEVERAL ISOLATED

INPUTS FROM THE SAME STARTER. PROVIDE NEUTRAL JUMPERS WIRES WITHIN THE PANEL AS REQUIRED.

7. ELECTRICAL MATERIALS AND EQUIPMENT ITEMS SHOWN IN LIGHT LINE WEIGHTS ON THE DRAWINGS ARE EXISTING ITEMS TO REMAIN.

ELECTRICAL MATERIALS AND EQUIPMENT ITEMS SHOWN IN HEAVY LINE WEIGHTS ARE NEW THIS CONTRACT.

8. ITEMS SHOWN CROSSHATCHED (OR NOTED TO BE DEMOLISHED) ON THE DRAWINGS ARE EXISTING ITEMS TO BE REMOVED, FROM SITE BY

CONTRACTOR.

9. INSTALL A SINGLE CONDUCTOR INSULATED (RHW, THHN, OR XHHW) COPPER GROUND WIRE IN EACH CONDUIT, SIZE AS SHOWN ON

DRAWINGS, OR AS A MINIMUM PER THE NATIONAL ELECTRICAL CODE. THIS GROUND WIRE SHALL BE CONNECTED AT EACH END TO THE

EQUIPMENT GROUND. THIS ALSO INCLUDES INSTRUMENTATION DEVICES SUCH AS LEVEL, PRESSURE, FLOW TRANSMITTERS, LIMIT

SWITCHES, CONDUITS, NETWORK AND I/O CABLES.

10. THE FOLLOWING EXAMPLE COMPONENT IDENTIFICATION SHALL BE USED AS APPROPRIATE:

(F) FIELD MOUNTED, NOT AT STARTER OR OTHER CONTROL PANELS

(S) STARTER PANEL MOUNTED

(MCP) AT MAIN CONTROL PANEL

(1) AT CONTROL PANEL NO.1

(2) AT CONTROL PANEL NO.2

(TCP) AT TEMPERATURE CONTROL PANEL

11. REFER TO DETAIL SHEETS. CONTRACTOR SHALL FURNISH AND INSTALL HARDWARE AND APPURTENANCES (I.E. PIPE TAPS, WETWELL

BUBBLER TUBES, VALVES, COPPER TUBING, BALL VALVES, PNEUMATIC PIPING, SPOOL PIECES, ETC.) FOR FIELD DEVICES SHOWN

(FLOWMETERS, PRESSURE TRANSMITTERS, LEVEL TRANSMITTERS, ETC.). WORK SHALL BE COORDINATED WITH OTHER TRADES

(MECHANICAL INSTRUMENTATION, ETC.) CONTRACTOR SHALL BE RESPONSIBLE FOR SYSTEM COORDINATION AND INSTALLATION.

12. ETHERNET AND FIBER OPTIC TERMINATIONS SHALL BE PERFORMED BY A QUALIFIED REPRESENTATIVE OF CABLE MANUFACTURER, THE

CABLES SHALL BE TESTED. NO SPLICING SHALL BE PERMITTED OF FIBER OPTIC CABLES, BETWEEN PANELS. ALL FIBERS SHALL BE

TERMINATED AT PATCH PANELS, INCLUDING SPARES.

13. REFER TO THE CABLE MANUFACTURER'S RECOMMENDATIONS FOR MINIMUM BEND RADIUS FOR FIBER OPTIC CABLES. INSTALL NEW PULL

BOXES (PB) AS REQUIRED FOR CONDUITS. SIZE PULLBOXES AS REQUIRED PER FIBER OPTIC CABLE MANUFACTURERS RECOMMENDATIONS.

14. CONDUIT ENTERING CONTROL PANELS AND ELECTRICAL EQUIPMENT ENCLOSURES SHALL BE FILLED WITH DUCT SEAL, INCLUDING

OPENINGS IN BOTTOM OF PANEL.

15. CABLES (INCLUDING FIBER, ETHERNET, CONTROL WIRE, ETC.) WHERE PASSING THROUGH A PULLBOX SHALL BE LABELED AND COMPLETELY

IDENTIFIED WITH IDENTIFICATION NUMBERS AND ORIGINATION/DESTINATION. THIS ALSO INCLUDES ALL CABLE BUNDLES ENTERING

CONTROL PANELS, PULLBOXES, ETC.

16. CONTROL WIRES SHALL BE TAGGED WITH THE PLC I/O ADDRESS IN THE FIELD AND AT THE PANEL.

17. FIBEROPTIC CABLE (FO, E-FO) SHALL BE 50/125 MICRON, ALL DIELECTRIC, CORNING ALTOS SERIES, WITH WATERBLOK GEL AND SUITABLE

FOR INSTALLATION IN AN UNDERGROUND, WET CONDUIT, PROVIDE STRANDS AS SHOWN. TERMINATE ALL STRANDS. FOR THE FIBEROPTIC

CABLE SHOWN FOR ANALOG AND DISCRETE I/O DEVICES, FIBER OPTIC CABLE SHALL BE (BELDEN M9B701 OR EQUAL) 2-STRAND BREAKOUT

STYLE LOOSE BUFFER OUTDOOR RATED (900 MICRON BUFFER DIAMETER). AT FIELD ENCLOSURES, CONNECT DIRECTLY TO FOC-DI/DO/AI/AO

MODULES. PATCH PANELS NOT REQUIRED AT FIELD DEVICES.

18. THE FIELD DEVICES SHOWN ON THE P&ID'S, ELECTRICAL BACKGROUNDS, AND DETAILS SHEETS MAKEUP THE FIELD DEVICE EQUIPMENT

REQUIREMENTS. NOT ALL FIELD DEVICES REQUIRED ARE SHOWN ON THE P&ID'S.

19. UPS SELECTED TO BE COMPATIBLE WITH SOLA MCR TRANSFORMERS. (TYP.)

20. CONDUIT ENTERING CONTROL PANELS AND ELECTRICAL EQUIPMENT ENCLOSURES SHALL BE FILLED WITH DUCT SEAL, INCLUDING

OPENINGS IN BOTTOM OF PANELS, AND EQUIPMENT.

21. REFER TO I/O DRAWING LAYOUT FOR ADDITIONAL SIGNALS NOT SHOWN ON P&ID FLOW DIAGRAMS.

EXAMPLES OF I/O

GENERAL NOTES:

MICROLOGIX

1100

IA-8 AI/

AO

AI DI

8

1762-IA8

BLUMFIELD-REESE PROCESSOR PANEL

PROPOSED WORK SHOWN IN BOLD

AQUA PROCESSOR PANEL

PROPOSED WORK SHOWN IN BOLD

I/O RACK

5/40E BCM

I/O RACK

5/40E BCM

I/O RACK

AJB

1791

16AC

BLOCK 1

RACK 5

GROUP 0

1791

NDC

BLOCK 2

RACK 5

GROUP 2

150OHM TERMINATION RESISTER

I/O RACK

5/40E

1791

16AC

BLOCK 1

RACK 5

GROUP 0

1791

NDC

BLOCK 2

RACK 5

GROUP 2

RACK

GROUP

150OHM TERMINATION RESISTER

BELDEN 9463 CABLE

BELDEN 9463 CABLE

KOCHVILLE PROCESSOR PANEL

PROPOSED WORK SHOWN IN BOLD

1. PLC HARDWARE TO BE ROCKWELL AS SHOWN.

2. RADIO TO BE GEMDS AS SHOWN.

3. REFER TO WIRING DIAGRAMS ON SHEETS I-3 THRU I-6

FOR ADDITIONAL INFORMATION.

4. PROGRAMMING OF PLC'S, OPERATION INTERFACE

COMPUTERS (OWNERS EXISTING SCADA SYSTEM),

AND RADIOS BY TETRATECH.

NOTES:

MICROLOGIX

1100

AI/

AO

INET-11

900MHZ

KMPP NEMA 4 ENCLOSURE

CAT-5E PATCH CABLES

CAT-5E PATCH CABLES

TRANSTECTOR 10/100-BASE-T

ETHERNET SURGE SUPPRESSOR

GEMDS-REMOTE

FURNISH JUMPER WITH RIGHT

ANGLE CONNECTOR AT RADIO

POLYPHASOR DSXL SERIES

1/2" SUREFLEX JUMPER

FURNISH GROUND KIT

FOR GROUNDING RF CABLE

TIMES MICROWAVE LMR-400

CABLE-25 FEET IN TOTAL LENGTH

RFS CELLWAVE 10108-2 YAGI ANTENNA

ORIENT TO KOCHVILLE PUMP

STATION ACCESS POINT

KOCHVILLE, AND MICHIGAN AVE. PRESSURE

MONITORING STATION PROCESSOR PANEL

PROPOSED WORK

BLOCK I/O MODULES

PROGRAMMING OF PLC'S,

RADIOS, OPERATOR

INTERFACE COMPUTERS

BY TETRA TECH.

GENERATOR RUNNING

GENERATOR FAULT

BLOCK 1

RACK 5

GROUP 0

120V

AC

IN 00

IN 01

IN 02

IN 03

IN 04

IN 05

IN 06

IN 07

IN 10

IN 11

IN 12

IN 13

IN 14

IN 15

IN 16

IN 17

BELDEN 9463 CABLES

REMOTE I/O CABLES

FROM PLC

OUT 00

OUT 01

OUT 02

OUT 03

OUT 04

OUT 05

OUT 06

OUT 07

OUT 10

OUT 11

OUT 12

OUT 13

OUT 14

OUT 15

OUT 16

OUT 17

120V AC

H

N

G

BLUE

CLR

SHLD

CONNECT TO

EXISTING UPS CIRCUIT

WITHIN PANEL

SIGNALS FROM

GENERATOR

SIGNALS FROM AUTOMATIC

TRANSFER SWITCH

SIGNALS FROM

TVSS SURGE UNIT

H N

GENERATOR OVER SPEED

GENERATOR OVER CRANK

LOW OIL PRESSURE

LOW COOLANT TEMPERATURE

SPARE

SPARE

ATS IN NORMAL POSITION

ATS IN EMERGENCY POSITION

TVSS FAULT

SPARE

SPARE

SPARE

SPARE

SPARE

GENERATOR START/STOP

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

1

2

3

4

1

2

BLOCK 2

RACK 5

GROUP 2

I2600

I2601

I2602

I2603

O2600

O2601

1791-NDC

BLOCK I/O

4-20MA

SIGNALS

FROM

GENERATOR

BLOCK NO.2

POWER

DC+ DC-

CR-20

CONNECT IN

PARALLEL WITH

START CONTACT

FROM ATS

SEE NOTE 1

1. LOCATE THE BLOCK MODULES, TERMINAL BLOCKS(COLOR CODED AS

SPECIFIED), POWER SUPPLY, PANDUIT/WIRE COVERS, AND ASSOCIATED

DEVICES ON A SUBPLATE. SIZE SUBPLATE TO FIT ONTO EXISTING DOOR

INTERIOR.

2. WITHIN THE PANEL, FURNISH BRANCH CIRCUIT WIRING AS REQUIRED TO

CONNECT POWER, I/O CABLE, AS SHOWN. SECURE WIRING WIRING

BETWEEN PANEL AND NEW DOOR SUBPLATE.

3. CONNECT INPUTS AND OUTPUT AS SHOWN.

NOTES:

GENERATOR BATTERY VOLTAGE

GENERATOR OIL PRESSURE

GENERATOR CONSTANT

TEMPERATURE

SPARE

SPARE

SPARE

H N

H N

G

TO ANALOG BLOCK

GENERATOR RUNNING

GENERATOR FAULT

BLOCK 1

RACK 5

GROUP 0

120V

AC

IN 00

IN 01

IN 02

IN 03

IN 04

IN 05

IN 06

IN 07

IN 10

IN 11

IN 12

IN 13

IN 14

IN 15

IN 16

IN 17

BELDEN 9463 CABLES

REMOTE I/O CABLES

FROM PLC

OUT 00

OUT 01

OUT 02

OUT 03

OUT 04

OUT 05

OUT 06

OUT 07

OUT 10

OUT 11

OUT 12

OUT 13

OUT 14

OUT 15

OUT 16

OUT 17

120V AC

H

N

G

BLUE

CLR

SHLD

CONNECT TO

EXISTING UPS

CIRCUIT

WITHIN PANEL

SIGNALS FROM

GENERATOR

SIGNALS FROM AUTOMATIC

TRANSFER SWITCH

SIGNALS FROM

TVSS SIGNAL UNIT

H N

GENERATOR OVER SPEED

GENERATOR OVER CRANK

LOW OIL PRESSURE

LOW COOLANT TEMPERATURE

SPARE

SPARE

ATS IN NORMAL POSITION

ATS IN EMERGENCY POSITION

TVSS FAULT

SPARE

SPARE

SPARE

SPARE

SPARE

GENERATOR START/STOP

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

1

2

3

4

1

2

BLOCK 2

RACK 5

GROUP 2

I2600

I2601

I2602

I2603

O2600

O2601

1791-NDC

BLOCK I/O

4-20MA

SIGNALS

FROM

GENERATOR

BLOCK NO.2

POWER

DC+ DC-

CR-20

CONNECT IN

PARALLEL WITH

START CONTACT

FROM ATS

SEE NOTE 1

1. LOCATE THE BLOCK MODULES, TERMINAL BLOCKS, POWER SUPPLY,

PANDUIT/WIRE COVERS, AND ASSOCIATED DEVICES ON A SUBPLATE.

SIZE SUBPLATE TO FIT ONTO EXISTING DOOR INTERIOR.

2. WITHIN THE PANEL, FURNISH BRANCH CIRCUIT WIRING AS REQUIRED

TO CONNECT POWER, I/O CABLE, AS SHOWN. SECURE WIRING

WIRING BETWEEN PANEL AND NEW DOOR SUBPLATE.

3. CONNECT INPUTS AND OUTPUT AS SHOWN.

4. DEMOLISH EXISTING TELEMETRY EQUIPMENT ASSOCIATED WITH

KOCHVILLE MICHIGAN AVE. PRESSURE MONITORING STATION.

5. ALTERNATE # 2-A

6. RELOCATE TO EXISTING PLC INPUTS WHERE AVAILABLE.

NOTES:

GENERATOR BATTERY

VOLTAGE

GENERATOR OIL

PRESSURE

GENERATOR COOLANT

TEMPERATURE

SPARE

SPARE

SPARE

H N

H N

G

TO ANALOG BLOCK

GENERATOR BATTERY VOLTAGE

GENERATOR OIL PRESSURE

GENERATOR COOLANT TEMPERATURE

07

06

05

04

03

02

01

00

8 POINT DISCRETE

INPUT CARD

1762-IA8

GENERATOR RUNNING

GENERATOR FAULT

GENERATOR OVERLOAD

GENERATOR OVER CRANK

GENERATOR LOW OIL PRESSURE

GENERATOR LOW COOLANT

TEMPERATURE

SPARE

SPARE

1. INSTALL THE DIGITAL INPUT CARD AS SHOWN WITHIN THE EXISTING

BOOSTER STATION PROCESSOR PANEL. WIRE ALL I/O TO TERMINATE

STRIP INCLUDING SPARES.

2. WITHIN THE EXISTING PANEL, FURNISH TERMINAL BLOCKS(COLOR

CODED AS SPECIFIED) AND WIRING.

3. CONNECT INPUTS AS SHOWN.

NOTES:

EXISTING DRAWING FROM PREVIOUS

PROJECT NO. 200-12753-09001-W-1.

PROPOSED WORK SHOWN BOLD

AND/OR BUBBLED

NO.

LINE

L1 N

L1 N

EDCO SLA SERIES SURGE PROTECTION

LOCATE IN SEPARATE

NEMA 4X ENCLOSURE

BESIDE PANEL.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

ORANGE COLORED

OUTLET. LOCATE ON

SIDE OF PANEL.

ON-LINE UPS

350KVA

LIEBERT

1.0 AMP

24VDC P/S

+ -

1

2

2

1SPARE

DISCHARGE PRESSURE

0-150 PSI

ANALOG INPUT/OUTPUT

CARD (2AI/2AO)

MICROLOGIX 11OO

1763-L16AWA

C

0

1

2

3

C

4

5

6

7

8

9

IA

I1

I2

C

0

1

2

3

4

5

FURNISH CONTROLLER WITH

MEMORY MODULE. (1763-MM1)

TO UPS

3PT. LATCH

SIZE: 30"H X 30"W X 20"D MINIMUM

PAINT INSIDE: GLOSS WHITE

PAINT OUTSIDE: SHERMAN WILLIAMS PILLAR WHITE (SW-4023)

PUSHBUTTON

FOR

STATION

MAINTENANCE

MICROLOGIX

1100

2 X

4 D

UC

T

2 X

4 D

UC

T

ETHERNET

SURGE

PROTECTION

LOOP POWER - 2 WIRE

TRANSMITTER POWER

DINRAIL MOUNTED BREAKERS

THIS AREA.

FUSIBLE TERMINAL BLOCKS.

120VAC FROM EXISTING LIGHTING PANEL BOARD

1762-IF2OF2

24VDC

+ -

H1 N

SPARE

SPARE

NEW PRESSURE

TRANSMITTER

POWER ON

COOLING FAN

1. LOCATE THE NEW PRESSURE MONITORING PANEL ON THE BACK SIDE OF THE

BUILDING.

2. MOUNT PANEL ON STAINLESS STEEL STRUT SUPPORT RACK.

3. INSTALL A 20 FOOT , 2 INCH DIAMETER ALUMINUM MAST PIPE, YAGI ANTENNA, AND

25 FEET OF LMR CABLE.

4. SUPPORT PIPE TO SIDE OF PANEL AND BRICK BUILDING WITH STAINLESS STEEL

STRUT AND SUPPORT HARDWARE.

5. WEATHERPROOF THE CABLE ENDS AT THE TOP AND BOTTOM.

6. INSTALL A 10 FOOT COPPER GROUND ROD, AND BOND TO PANEL AND MAST PIPE

WITH GREEN INSULATED NO.6 AWG CONDUCTOR.

7. CORE HOLE THRU WALL FOR TWO ONE INCH CONDUITS. ONE CONDUIT FOR

120VAC POWER, AND ONE CONDUIT FOR THE SHIELDED CABLE.

8. WITHIN THE BUILDING, CONNECT TO SPARE 120VAC PANELBOARD FOR POWERING

PANEL. ASSUME 20 FEET OF IJ INCH PLASTIC CONDUIT, WITH 3#12 WIRES. LABEL

PANELBOARD DIRECTORY FOR NEW PANEL.

9. WITHIN THE BUILDING, FURNISH AND INSTALL ONE YOKOGAWA EJA SERIES

PRESSURE TRANSMITTER RANGED 0-150PSI. TRANSMITTER WETTED PARTS AND

TO BE HASTELLOY C AND MANIFOLD TO BE STAINLESS STEEL. FURNISH

MOUNTING BRACKET AS REQUIRED FOR TRANSMITTER. REMOVE EXISTING

TRANSMITTER, AND REWORK EXISTING SENSING LINE. ASSUME FOR

INSTALLATION OF 5 FEET OF İ INCH COPPER TUBING. PROVIDE BRASS BALL

SHUTOFF VALVE AT TRANSMITTER.

10.INSTALL 15 FEET OF IJ INCH PLASTIC CONDUIT WITH 2/C#18SH CABLE FROM THE

TRANSMITTER TO THE NEW PROCESSOR PANEL.

11.SEAL HOLES IN WALL WITH NON-SHRINK GROUT.

12.CONDUIT AT THIS LOCATION TO BE PVC SCHEDULE 40.